Emergency rescue vehicle and installation method thereof

Abstract

The invention relates to an emergency rescue vehicle and an installation method thereof, and the emergency rescue vehicle comprises a chassis (100) and an upper vehicle (200) which are relatively independent and can be connected with each other. The chassis (100) comprises a rotary base module (M1), a left hinge body module (M2), a right hinge body module (M3), a central rotary body module (M4), a rotary supporting module (M5), a left front leg module (M6), a right front leg module (M7), a left rear leg module (M8), a right rear leg module (M9), a left rear wheel module (M10), a right rear wheel module (M11) and a chassis oil cylinder module (M12) which are relatively independent and can be connected according to a preset sequence, the left front leg module (M6) comprises a left front leg and a left front wheel, and the right front leg module (M7) comprises a right front leg and a right front wheel. The chassis is divided into twelve independent small modules, water, land and air multi-path convenient transportation can be achieved, rapid and flexible delivery of the emergency rescue vehicle is achieved, and assembly and disassembly are convenient.

Description

technical field [0001] The invention relates to the technical field of emergency rescue, in particular to an emergency rescue vehicle and an installation method thereof. Background technique [0002] Earthquakes, geological disasters and other natural disasters occur frequently, and disasters often lead to road blockage and bridge damage, making it difficult to carry out post-disaster rescue work quickly. Emergency engineering equipment plays a huge role in disaster rescue. However, due to factors such as large size, heavy weight, and difficulty in dismantling, the existing large-scale engineering equipment cannot be put into the rescue scene in time, which seriously affects the rescue efficiency. Moreover, the rescue operation conditions at the scene are complex, the rescue function requirements are diversified, and the existing equipment requires the coordination of various types of machinery, which will also lead to low rescue efficiency. [0003] At present, some engine...

AI Technical Summary

Problems solved by technology

Water transportation such as Caodumen Bridge can also be used to deliver large-scale equipment, but there are certain conditions for water channels and wharfs, which cannot be universally applied; light transportation equipment such as assault boats are flexible, but their carrying capacity is limited. Appropriate equipment can be transported and launched with light equipment

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